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Electrical Rubber Floor Mats

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Electrical Rubber Floor Mats Specification

Voltage
33 kV (Tested up to 33,000 volts as per IS 15652:2006)

Technology
Rubber compound (anti-static, insulating)

Installation Type
Laid on the floor at electrical site locations

Features
High dielectric strength, oil resistance, acid resistance, moisture resistance, flame retardant, anti-slip surface

Coating Type
Smooth top, textured bottom finish

Fire Class
Class A (Flame Retardant)

Working Temperature
-10C to +55C

Mounting Type
Floor mounted

Shape
Rectangular

Coverage Area
Available in standard or custom sizes, typically 1 m x 2 m or rolls

Application
Electrical insulation for floors in high voltage areas, control panels, substations, electrical rooms

Shelf Life
10 years (if stored properly)

Marking
Brand name, maximum voltage, thickness, ISI mark printed on mat

Breaking Strength
Minimum 15 N/mm2

Thickness Range
2 mm, 2.5 mm, 3 mm, 3.5 mm up to 25 mm

Material Grade
High grade elastomeric rubber

Elongation at Break
250% minimum

Surface Type
Anti-skid pattern

Standard
IS 15652:2006

Water Absorption
<1% (24 hours)

Packing
Supplied in roll or sheet form, wrapped for protection

Color
Black, Blue, Red, Green (as per requirement)

Chemical Resistance
Resistant to acids, alkalis, and transformer oil

Dielectric Strength
Greater than 65 kV

About Electrical Rubber Floor Mats

Electrical Rubber Floor Mats

· Available in IS 15652

· Thickness as per new IS: 2 mm to 3 mm

Availability: Pune, Chennai, Ahmedabad, Bengaluru, Hyderabad, Visakapatnam, Cochin, Vadodara, Kolkata, Delhi, etc

Advanced Electrical Safety Assurance

Shield workers and equipment from electrical hazards with mats that boast dielectric strength exceeding 65 kV and a minimum breaking strength of 15 N/mm. These mats are tested up to 33 kV as per IS 15652:2006, offering critical insulation performance in demanding environments like electrical substations, switch rooms, and control panels.

Durable and Chemical Resistant Construction

Made from premium elastomeric rubber, these mats resist acids, alkalis, transformer oils, and water. They maintain less than 1% water absorption over 24 hours and demonstrate superior elongation at break (minimum 250%), ensuring reliable performance and a shelf life of up to 10 years when properly stored.

User-Friendly Installation and Versatile Applications

Designed for quick floor mounting, these mats are available in rolls or standard sheet sizes (typically 1 m x 2 m), as well as custom dimensions. The anti-skid patterned surface, smooth-top/textured-bottom finish, and vivid color options offer both functionality and aesthetic adaptability to suit diverse electrical installation needs.

FAQs of Electrical Rubber Floor Mats:

Q: How do I install electrical rubber floor mats in electrical rooms or substations?

A: Installation is straightforward: simply roll out or place the mat on the floor where electrical insulation is needed, such as around switchboards, control panels, or high-voltage equipment. The mats are floor-mounted and can be cut to fit custom spaces as required.

Q: What benefits do these mats offer in terms of safety and compliance?

A: These mats provide high dielectric strength (greater than 65 kV) and flame retardancy (Class A), effectively minimizing electrical shock risk. They comply with IS 15652:2006 standards and display markings such as the ISI mark, maximum voltage, and brand, ensuring assured quality and regulatory compliance.

Q: When should electrical rubber floor mats be replaced?

A: With a shelf life of up to 10 years if stored properly, replacement is generally recommended if the mat shows visible damage, excessive wear, or if test results fall below the specified dielectric or breaking strengths. Routine visual and technical inspections are advised.

Q: Where can these mats be used for optimal protection?

A: They are ideal for flooring in substations, switch rooms, near control panels, and any area containing high-voltage electrical installations. The mats offer essential insulation and anti-slip protection in industrial or commercial settings requiring electrical safety.

Q: What process is used to ensure the mats resist chemicals and moisture?

A: Manufactured from high-grade elastomeric rubber, the mats are engineered for resistance to acids, alkalis, transformer oil, and moisture. The material and process ensure a water absorption rate of less than 1% over 24 hours and enduring integrity in chemically aggressive environments.

Q: How are these mats packed and delivered?

A: The mats are supplied in either rolls or sheet forms, carefully wrapped for protection during transport and storage. Custom and standard sizing is available to accommodate varied installation requirements.

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